Hematology Through the Perspective of
With two modules, the course stands out for addressing onco-hematological diseases and neoplasias.
Cytogenetics is a specialized branch of genetics that delves into the structure and function of chromosomes. It plays a pivotal role in elucidating the underlying mechanisms of various medical conditions, particularly in the domain of oncohematological diseases and neoplasms.
This comprehensive course is structured into two modules, tailored specifically for medical professionals seeking to enhance their expertise and remain abreast of the evolving advancements in this dynamic field.
Through the exploration of cytogenetics, participants will gain a profound understanding of how chromosomal alterations contribute to the development of oncohematological disorders. This knowledge is of paramount importance in diagnosing these conditions and developing effective treatment strategies.
Guided by experienced instructors, medical professionals will gain access to valuable information pertaining to advanced techniques employed in cytogenetic analysis. This knowledge will empower them to effectively apply these techniques in their clinical practice.
Find out all about this course and how it can transform your career path. Find out more below!
Healthcare professionals who work or intend to work in hematology applied to onco-hematology.
Virtual classes, live content, support material.
20 hours. 1 hour/class per week.
Instrumental Module
Principles of Flow Cytometry:
Standardization and compensation;
Validation and titration of monoclonal antibodies;
Data analysis and interpretation;
Quality control;
Basic module
Protocol definitions in clinical diagnosis;
Considerations on samples;
Immunophenotyping of lymphocyte subpopulations;
CD34 cell quantification;
HPN research;
Analysis of clinical cases.
Oncohematological diagnostic module:
Ontogeny, hematopoiesis and notions of normal bone marrow;
Immunophenotyping in acute leukemias;
Immunophenotyping in lymphoproliferative diseases;
Plasma cell neoplasia;
Myelodysplastic neoplasia;
Analysis of clinical cases. DRM Modules
Technical and clinical aspects;
DRM in Acute Leukemias;
Clinical Case Analysis
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